Features

Features built for engineering leaders who manage risk and budget.

KodeGauge combines traditional code quality checks with infrastructure intelligence and cost analysis so you can make smarter engineering decisions.

Feature 01

Repository insight

Repository Health Scoring

Get an instant snapshot of your code health across multiple dimensions, not just a single number.

What it does

  • Security score (vulnerability & dependency risk)
  • Maintainability score (complexity, documentation, test coverage)
  • Performance score (throughput, bottleneck severity, scaling readiness)
  • Cost efficiency score (infrastructure waste, optimization opportunities)

Visual snapshot

How this feature helps

Security

Measured and translated into actionable engineering signals.

Maintainability

Measured and translated into actionable engineering signals.

Performance

Measured and translated into actionable engineering signals.

Why it matters

Different teams care about different things. Your security team wants risk. Your platform team wants infrastructure limits. Your CFO wants costs. KodeGauge gives each stakeholder a score they understand.

Feature 02

Scaling analysis

Infrastructure Analysis & Bottleneck Detection

Discover what your code is actually configured to do, and where it will break first under load.

What it does

  • Detects concurrency models (async/await, threading, worker pools)
  • Identifies the primary bottleneck (database, CPU, memory, API rate limits)
  • Maps database pool size and average query time
  • Estimates throughput capacity with current specs
  • Flags memory constraints and headroom
  • Detects frontend performance concerns (bundle size, library bloat)

Visual snapshot

How this feature helps

DB pool

Measured and translated into actionable engineering signals.

CPU

Measured and translated into actionable engineering signals.

Memory

Measured and translated into actionable engineering signals.

Why it matters

Most tools tell you if your code is correct. KodeGauge tells you if it will scale. Before you deploy to production and learn the hard way that your database pool is too small, we show you the math.

Real Example

Client case: A React SPA with unbounded axios concurrency. Database pool set to 10. Average query time 50ms. Our scan showed: Max sustained RPS: 200 req/sec. Primary bottleneck: Database connection pool. Fix: Increase pool size and add request queuing. Estimated new ceiling: 2,000 RPS. Cost impact: $8K/month savings.

Feature 03

Savings model

Cloud Cost Estimation & Savings Analysis

See how much your code costs to run, and how much you could save with improvements.

What it does

  • Estimates monthly/annual cloud spend based on current infrastructure
  • Calculates cost of infrastructure issues
  • Models cost impact of suggested optimizations
  • Ranks improvements by ROI
  • Tracks cost baseline over time
  • Provides per-issue savings estimates

Visual snapshot

How this feature helps

Monthly spend

Measured and translated into actionable engineering signals.

Waste

Measured and translated into actionable engineering signals.

ROI

Measured and translated into actionable engineering signals.

Why it matters

Engineering leaders need to speak the language of business impact. Telling your CEO "we have a database pool inefficiency" means nothing. Telling them "fixing this saves $200K/year" means everything.

Real Example

A scan revealed: N+1 query patterns: ~$15K/month in wasted database compute. Oversized memory allocation: ~$8K/month. Missing cache layer: ~$30K/month in redundant queries. Total identified opportunity: ~$53K/month. Priority fix (cache layer): Saves $30K/month, 2-week implementation.

Feature 04

Action guidance

AI-Powered Prioritization & Explanation

Move beyond raw findings. Get AI-generated explanations that help you understand what to fix first and why.

What it does

  • Generates plain-English summaries of each finding
  • Explains business impact (risk, cost, performance)
  • Ranks issues by impact and effort
  • Shows relationships between issues
  • Provides recommended fix approaches
  • Estimates effort and time to implement

Visual snapshot

How this feature helps

Impact

Measured and translated into actionable engineering signals.

Effort

Measured and translated into actionable engineering signals.

Priority

Measured and translated into actionable engineering signals.

Why it matters

Developers shouldn't have to interpret raw linter output. Our AI translates findings into actionable context so teams can move fast and make informed decisions.

Real Example

Finding: High context re-render overhead. AI Explanation: "Your React app re-renders ~200 components per state change. Solution: Split context into smaller, domain-specific contexts. This will reduce re-renders to ~20 per interaction and improve perceived app responsiveness by ~40%." Effort: 3-5 days.

Feature 05

Traffic readiness

Performance Capacity Planning

Know exactly how much traffic your application can handle with current resources, and what it would take to scale.

What it does

  • Calculates estimated max sustained RPS with current specs
  • Shows database throughput ceiling
  • Identifies the critical path to scaling
  • Recommends spec changes for target throughput
  • Models cost of scaling infrastructure
  • Tracks capacity over time as code changes

Visual snapshot

How this feature helps

RPS ceiling

Measured and translated into actionable engineering signals.

Headroom

Measured and translated into actionable engineering signals.

Scale path

Measured and translated into actionable engineering signals.

Why it matters

Before Black Friday breaks your site, you need to know: Can we handle 10K RPS? What would we need to change? How much would that cost? KodeGauge answers these questions.

Real Example

Current capacity with 4 cores / 8GB RAM / 10 DB conns: Max sustained RPS: ~200 req/sec. To reach 2,000 RPS: Increase DB connections to 50 ($1.2K/month), add Redis ($800/month), increase worker instances ($3K/month). Total added cost: ~$5K/month. New estimated capacity: 2,500 RPS.

Feature 06

Trend visibility

Historical Tracking & Trend Analysis

Track repository health over time and measure the impact of engineering improvements.

What it does

  • Maintains scan history for each repository
  • Trends health scores and cost baseline over weeks/months
  • Shows which improvements had the biggest impact
  • Measures technical debt accumulation or reduction
  • Identifies patterns (issues that keep recurring)
  • Calculates ROI on fixes

Visual snapshot

How this feature helps

History

Measured and translated into actionable engineering signals.

Debt

Measured and translated into actionable engineering signals.

ROI

Measured and translated into actionable engineering signals.

Why it matters

"Are we getting better?" Historical visibility shows whether technical debt is accumulating or decreasing, whether cost-saving efforts are working, and whether quality initiatives are paying off.

Feature 07

Workflow native

GitHub Native Integration

Scan your repositories without leaving your workflow. KodeGauge lives where your code lives.

What it does

  • One-click GitHub authentication (no credential storage)
  • Scan on demand or on a schedule
  • Results available in GitHub Actions
  • Integrations with your CI/CD pipeline
  • Comments on PRs with findings (optional)
  • Programmatic access via API

Visual snapshot

How this feature helps

Auth

Measured and translated into actionable engineering signals.

CI/CD

Measured and translated into actionable engineering signals.

Pull requests

Measured and translated into actionable engineering signals.

Why it matters

Context switching kills productivity. KodeGauge works natively in GitHub so your team doesn't have to jump between tools to see results or take action on findings.

Feature 08

Stack coverage

Multi-Language & Multi-Framework Support

Analyze code regardless of your tech stack.

What it does

  • JavaScript / TypeScript, Python, Java, Go, Rust, C#, Ruby, PHP, C/C++
  • React, Vue, Svelte (frontend concurrency, state management, re-render patterns)
  • Node.js, Python (async patterns, worker models)
  • Spring, Django, FastAPI (database patterns, thread pools)
  • Docker, Kubernetes configuration analysis

Visual snapshot

How this feature helps

Frontend

Measured and translated into actionable engineering signals.

Backend

Measured and translated into actionable engineering signals.

Infrastructure

Measured and translated into actionable engineering signals.

Why it matters

Most teams use multiple languages and frameworks. You shouldn't need separate tools for each. KodeGauge understands the architectural patterns of your entire stack.

Feature 09

Risk detection

Security & Dependency Risk Detection

Surface vulnerable dependencies and security misconfigurations before they become problems.

What it does

  • Identifies known vulnerabilities in dependencies
  • Detects outdated libraries
  • Flags hardcoded secrets and API keys
  • Finds insecure communication patterns
  • Checks for licensing compliance issues
  • Prioritizes by CVSS severity

Visual snapshot

How this feature helps

Dependencies

Measured and translated into actionable engineering signals.

Secrets

Measured and translated into actionable engineering signals.

Severity

Measured and translated into actionable engineering signals.

Why it matters

You need to know about security risk quickly. KodeGauge integrates security analysis into the repository health picture so you see risk in context with cost and performance.

Feature 10

Delivery planning

Effort Estimation & Fix Recommendations

Know how long a fix will take and how to approach it.

What it does

  • Estimates implementation effort (hours or days)
  • Provides code examples and reference patterns
  • Links to relevant documentation
  • Flags prerequisites and dependencies
  • Shows related issues that should be fixed together
  • Recommends implementation order

Visual snapshot

How this feature helps

Time

Measured and translated into actionable engineering signals.

Dependencies

Measured and translated into actionable engineering signals.

Order

Measured and translated into actionable engineering signals.

Why it matters

Knowing a fix is needed doesn't help if you don't know how much work it is. Our estimates help you schedule engineering work and make trade-off decisions.

Know your code. Control your costs. Reduce your risk.

Get a clear picture of repository health, infrastructure efficiency, and technical debt impact in one scan.

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